摘要
为了在潮湿的豆腐加工厂房内部输送食品盒,设计并改进一款气动输送机,由气缸伸缩为整台输送机提供动力。对输送机的结构原理与传动方案进行说明,出于后期设备改进与控制的需要,推导输入元件与输出元件之间的速度关系。利用流体力学仿真软件Flow 3D模拟实际工作过程进行仿真试验,探讨在食品盒不同装载量下的输送可行性。该设备降低了劳动强度,提高了生产效率,改善了工作环境。
A pneumatic conveyor was designed and improved for conveying food boxes in the wet tofu processing plant. The pneumatic conveyor was powered by the cylinder expansion. The working principle and transmission scheme of the conveyor were explained. For the need of equipment improvement and control in the later stage, the velocity relationship between input and output components was deduced. Flow 3 D software was used to simulate the actual working process, and the feasibility of transportation under different loads of food containers was discussed. The equipment reduced the labor intensity, improved the production efficiency and improved the working environment.
作者
刘志海
崔鑫龙
柏海龙
刘涵彬
LIU Zhihai;CUI Xinlong;BAI Hailong;LIU Hanbin(School of Transportation, Shandong University of Science and Technology,Qingdao 266590)
出处
《食品工业》
CAS
北大核心
2019年第7期219-222,共4页
The Food Industry
基金
山东省教育厅2017年研究生导师指导能力提升项目(SDYY17032)
山东省研究生教育质量提升计划建设项目《物流信息系统分析与设计》教学案例库
